Catching bugs in programs is difficult and time-consuming. The effort of debugging and proving correct even small units of code can surpass the effort of programming. Bugs inserted while “programming in the small” can have dramatic consequences for the consistency of a whole software system as shown, e.g., by viruses which can spread by exploiting buffer overflows, a bug which typically arises while coding a small portion of code. To detect this kind of errors, many verification techniques have been put forward such as static analysis and model checking
Although software is pervasive, almost all programs suffer from bugs and errors. To detect software ...
Software bugs are expensive. Recent estimates by the US National Institute of Standards and Technolo...
Bugs caused by improperly bounded program inputs cost software companies millions of dollars annuall...
Static program analysis and model checking are two dif-ferent techniques in bug detection that perfo...
Bug fix is an important and challenging task in software development and maintenance. Bug fix is als...
A major obstacle to nding program errors in a real system is knowing what correctness rules the sys...
Software defects, commonly known as bugs, present a serious challenge for system reliability and dep...
AbstractThis paper describes our experiences in using static analysis and model checking to find err...
Abstract: We consider properties desirable for static analysis tools targeted at find-ing bugs in th...
We describe a method of creating tools to find bugs in software that is driven by the analysis of pr...
Master work introduce us to the software delevoping process. In short there are discussed every stag...
Despite the technological advances in languages and tools to support program development, pro-gramme...
Software developers work with different programming languages and tools in their careers. Software m...
Software inevitably contains mistakes and operates incorrectly in at least some situations. As a res...
Software assurance is of paramount importance given the increasing impact of software on our lives. ...
Although software is pervasive, almost all programs suffer from bugs and errors. To detect software ...
Software bugs are expensive. Recent estimates by the US National Institute of Standards and Technolo...
Bugs caused by improperly bounded program inputs cost software companies millions of dollars annuall...
Static program analysis and model checking are two dif-ferent techniques in bug detection that perfo...
Bug fix is an important and challenging task in software development and maintenance. Bug fix is als...
A major obstacle to nding program errors in a real system is knowing what correctness rules the sys...
Software defects, commonly known as bugs, present a serious challenge for system reliability and dep...
AbstractThis paper describes our experiences in using static analysis and model checking to find err...
Abstract: We consider properties desirable for static analysis tools targeted at find-ing bugs in th...
We describe a method of creating tools to find bugs in software that is driven by the analysis of pr...
Master work introduce us to the software delevoping process. In short there are discussed every stag...
Despite the technological advances in languages and tools to support program development, pro-gramme...
Software developers work with different programming languages and tools in their careers. Software m...
Software inevitably contains mistakes and operates incorrectly in at least some situations. As a res...
Software assurance is of paramount importance given the increasing impact of software on our lives. ...
Although software is pervasive, almost all programs suffer from bugs and errors. To detect software ...
Software bugs are expensive. Recent estimates by the US National Institute of Standards and Technolo...
Bugs caused by improperly bounded program inputs cost software companies millions of dollars annuall...